In my life, nothing has ever been simple—and I must admit, I am likely the first to blame for that.
I abandoned a promising professional basketball career to pursue my studies. I left a comfortable life in Italy to start from zero in California. I chose to study architecture in two continents to become more well-rounded, then followed an academic path to surround myself with more intellectually driven people. I walked away from secure corporate positions to build my own firm. I discovered that being an inventor was an unexpectedly addictive pursuit, then became a builder to complete my architectural trajectory. I later found myself involved in forensic investigations tied to major legal cases.
In short, I have always pursued what I found intellectually stimulating, more demanding, and undeniably more difficult than simply bouncing a ball all day long.
Now, having navigated and emerged from a midlife reckoning, Bogneri presents itself as what may be my final—and perhaps longest—chapter. Unsurprisingly, once again, I did not choose the easy path. Building a Swiss luxury watch brand from California strikes many as a reckless proposition. Financing it entirely with personal capital may indeed be considered irrational. Challenging the deeply entrenched conventions of traditional watchmaking is, perhaps, the final layer of madness.
Yet it is a bet I embraced wholeheartedly, because it is ultimately driven by passion and love.
Should I be surprised, then, that the B-03 is extraordinarily complex despite its seemingly simple architectural language? Not at all. It is, after all, entirely consistent with who I am.
I have always been drawn to complexity and to the deliberate creation of problems that demand resolution through innovation. The B-03 is simply the natural consequence of that mindset.
To begin with, the name B-03 requires explanation. It is called B-03 because it is, quite literally, the third model—preceded by two other designs so complex and uncompromising that their production costs rival that of a beachfront house in California.
The B-03 was born from a convergence of necessity, a relentless desire to innovate, and a deep need to communicate something meaningful through a wearable object of art.
When I began dissecting each individual component of the B-03, it became immediately clear that nothing about it was engineering-driven—and certainly not value-engineered. Design and meaning dictated every decision.
The hands are curved rather than stamped, as is customary in nearly all watches. Their shaping, finishing, and even the application of luminous material are significantly more complex than traditional methods allow.
The hour markers are fully three-dimensional and intentionally non-uniform. What would typically be flat sticks, dots, or numerals are instead extruded volumes that require meticulous finishing across their entire 360-degree surface. Moreover, they are not identical to one another.
The seconds markings sit on a hyperbolic paraboloid surface. Conventional pad printing is physically impossible in this context, requiring instead advanced, multi-step techniques far removed from standard industry practices.
The sub-dial is framed by a geometry that carries markings along vertically rounded surfaces rather than flat planes. The frame itself is a fully three-dimensional form with multiple finishes, and the markings cannot be applied using traditional pad printing methods.
The sapphire crystal is curved both on the front and the back.
Some case surfaces are intentionally warped, yet still demand flawless finishing typically applied at most on rounded surfaces.
The dial itself is domed. This single decision sets off a cascade of technical challenges throughout the manufacturing process. Unlike a flat surface, a domed dial requires exceptional precision and accuracy at every stage to achieve the final result.
The guilloché pattern is three-dimensional. While the motif itself is deliberately restrained, applying it to a domed surface introduces extraordinary complexity. The engraving tool must remain perpendicular to the tangent plane at every point of contact, meaning that the engraving process continuously shifts vertically through three-dimensional space while simultaneously changing its angle relative to the machine’s normal axis.
The sunray finish is applied to a domed surface—a radical departure from traditional, flat-surface applications.
The enameling is also non-flat. As a result, hand-finishing becomes exponentially more difficult, as the process cannot rely on a rotating flat plane.
What else? For a first watch, this may already be more than sufficient—while countless other unconventional ideas remain quietly hidden in a drawer.
Many years ago, I briefly worked in the studio of a very well-known architect—someone often perceived as “crazy” by the masses, yet whose work remains endlessly fascinating. He once told me, quite simply: “Don’t think about structure while you design. Do whatever you want first, and then you’ll figure out how to make it stand.”
This philosophy stands in direct opposition to how engineers are trained to think—and it is equally antithetical to traditional watchmaking.
From that experience, I learned that virtually any form can become functional if approached with enough resolve. It was profoundly liberating.
My approach to watchmaking follows the same logic. The result is a timepiece driven by meaning and design rather than by efficiency or manufacturing convenience—a product that exists outside established norms, and one that is, by definition, singular within the industry.
